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| Section | Objectives |
|---|---|
| Wireless and Mobile Security | - Mobile platform vulnerabilities - Wireless network attacks |
| System Hacking | - Gaining access and privilege escalation - Malware threats and system exploitation |
| Network Attacks | - Denial of Service (DoS/DDoS) - Sniffing and session hijacking |
| Cloud and IoT Security | - IoT security fundamentals - Cloud computing security concepts |
| Cryptography | - Encryption, hashing, and cryptanalysis |
| Introduction to Ethical Hacking | - Ethical hacking concepts and methodology |
| Reconnaissance Techniques | - Footprinting and information gathering - Scanning networks and enumeration |
| Web and Application Security | - Web application hacking techniques |
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NEW QUESTION # 284
You've recently joined an international software firm as part of the cybersecurity governance team. While preparing for an internal compliance review, your supervisor asks you to identify the ISO/IEC standard that serves as a comprehensive framework for managing an organization's information security. You examine several standards, including those focusing on risk management, cybersecurity, and control implementation.
However, you need to select the one that defines the overarching structure for managing information security programs across the organization.
Which of the following standards should you choose?
Answer: B
Explanation:
ISO/IEC 27001:2022 is the correct choice because it is the core standard that defines the requirements for establishing, implementing, maintaining, and continually improving an Information Security Management System (ISMS). In CEH-aligned governance and security management concepts, an ISMS is the overarching management framework that ensures information security is handled systematically through policy, defined roles, risk-driven planning, implementation of controls, monitoring, internal audits, and continual improvement. ISO/IEC 27001 is the "structure" standard-meaning it specifies what an organization must do to run an information security program end-to-end and is the primary standard against which organizations can be formally certified.
The other standards are supporting standards rather than the overarching framework. ISO/IEC 27002:2022 provides guidance and best practices for information security controls (the "control catalog" and implementation guidance), but it does not define ISMS requirements. ISO/IEC 27005:2022 focuses on information security risk management-how to identify, analyze, evaluate, and treat risks-supporting the risk-based approach used by an ISMS, but it is not the ISMS framework itself. ISO/IEC 27701:2019 extends ISO/IEC 27001 and 27002 for privacy information management (PIMS), helping organizations manage personally identifiable information, but it is an extension, not the foundational ISMS standard.
Therefore, when asked for the standard that defines the overarching structure for managing information security across the organization, CEH governance principles align with selecting ISO/IEC 27001:2022.
NEW QUESTION # 285
A Python API allows unlimited file upload size. What attack is possible?
Answer: D
Explanation:
The correct answer is A, DoS. If a Python API allows unlimited file upload size, an attacker can upload extremely large files or repeatedly upload many files until server resources are exhausted. This can consume disk space, memory, CPU, application worker threads, temporary storage, or bandwidth, causing the API or hosting server to slow down, crash, or become unavailable to legitimate users. CEH web application security guidance emphasizes validating input and applying file-upload controls such as content-type checks and malware scanning. It also notes that system resources can be depleted, such as by filling disk space, leading to denial of service. In CEH DoS concepts, a denial-of-service attack restricts or blocks authorized users from accessing system resources; flooding servers or exhausting resources prevents genuine requests from being served. XSS involves script injection, SQLi targets database queries, and CSRF forces authenticated users to perform actions. The issue here is resource exhaustion, so DoS is the best answer.
NEW QUESTION # 286
What is sandbox evasion?
Answer: B
Explanation:
The correct answer is A, Malware hiding. In CEH malware analysis concepts, a sandbox is a controlled and isolated environment used to execute suspicious files and observe their behavior safely. CEH-related material explains that dynamic or behavioral malware analysis is performed by executing malware in a sandbox environment, allowing analysts to observe processes, network connections, file changes, and other malicious activity. Sandbox evasion occurs when malware attempts to recognize that it is running inside an analysis environment and then hides, delays, or disables its malicious behavior. CEH-related content notes that advanced malicious applications may be designed to bypass sandboxing technology, commonly using fragmented code or sleep timers to avoid the inspection process. This makes the malware appear harmless during analysis. Firewall bypass and IDS bypass are network or detection-control evasion techniques, while encryption is only one possible obfuscation method. Therefore, sandbox evasion is best described as malware hiding.
NEW QUESTION # 287
During a covert red team engagement, a penetration tester is tasked with identifying live hosts in a target organization's internal subnet (10.0.0.0/24) without triggering intrusion detection systems (IDS). To remain undetected, the tester opts to use the command nmap -sn -PE 10.0.0.0/24, which results in several "Host is up" responses, even though the organization's IDS is tuned to detect high-volume scans. After the engagement, the client reviews the logs and is surprised that the scan was not flagged. What allowed the scan to complete without triggering alerts?
Answer: D
Explanation:
The scan used an ICMP Echo ping sweep to identify live hosts without performing any port scanning. Because it generated low-volume ICMP traffic rather than aggressive port probes, it blended into normal network behavior and did not trigger IDS thresholds tuned for high-volume or intrusive scans.
NEW QUESTION # 288
what firewall evasion scanning technique make use of a zombie system that has low network activity as well as its fragment identification numbers?
Answer: D
Explanation:
The idle scan could be a communications protocol port scan technique that consists of causing spoofed packets to a pc to seek out out what services square measure obtainable. this can be accomplished by impersonating another pc whose network traffic is extremely slow or nonexistent (that is, not transmission or receiving information). this might be associate idle pc, known as a "zombie".
This action are often done through common code network utilities like nmap and hping. The attack involves causing solid packets to a particular machine target in an attempt to seek out distinct characteristics of another zombie machine. The attack is refined as a result of there's no interaction between the offender pc and also the target: the offender interacts solely with the "zombie" pc.
This exploit functions with 2 functions, as a port scanner and a clerk of sure informatics relationships between machines. The target system interacts with the "zombie" pc and distinction in behavior are often discovered mistreatment totally different|completely different "zombies" with proof of various privileges granted by the target to different computers.
The overall intention behind the idle scan is to "check the port standing whereas remaining utterly invisible to the targeted host." The first step in execution associate idle scan is to seek out associate applicable zombie. It must assign informatics ID packets incrementally on a worldwide (rather than per-host it communicates with) basis. It ought to be idle (hence the scan name), as extraneous traffic can raise its informatics ID sequence, confusing the scan logic. The lower the latency between the offender and also the zombie, and between the zombie and also the target, the quicker the scan can proceed.
Note that once a port is open, IPIDs increment by a pair of. Following is that the sequence:
offender to focus on -> SYN, target to zombie ->SYN/ACK, Zombie to focus on -> RST (IPID increment by
1)
currently offender tries to probe zombie for result. offender to Zombie ->SYN/ACK, Zombie to offender -> RST (IPID increment by 1) So, during this method IPID increments by a pair of finally.
When associate idle scan is tried, tools (for example nmap) tests the projected zombie and reports any issues with it. If one does not work, attempt another. Enough net hosts square measure vulnerable that zombie candidates are not exhausting to seek out. a standard approach is to easily execute a ping sweep of some network. selecting a network close to your supply address, or close to the target, produces higher results. you' ll be able to attempt associate idle scan mistreatment every obtainable host from the ping sweep results till you discover one that works. As usual, it's best to raise permission before mistreatment someone's machines for surprising functions like idle scanning.
Simple network devices typically create nice zombies as a result of {they square measure|they're} normally each underused (idle) and designed with straightforward network stacks that are susceptible to informatics ID traffic detection.
While distinguishing an acceptable zombie takes some initial work, you'll be able to keep re-using the nice ones. as an alternative, there are some analysis on utilizing unplanned public internet services as zombie hosts to perform similar idle scans. leverage the approach a number of these services perform departing connections upon user submissions will function some quite poor's man idle scanning.
NEW QUESTION # 289
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